TWI488668B - Health Fitness versatile system and method - Google Patents

Description

Healthy all-round fitness system and method

The invention relates to a healthy all-around fitness system and method, in particular to a motion control technology capable of achieving a comprehensive physical and mental balance fitness effect.

According to the circular motion system, not only can exercise muscle strength, but also enhance the body's heart and lung function and promote blood circulation, so it is gradually favored and welcomed by users who love sports. As for the well-known circular motion system, the gymnasiums such as AGOSS, CURVES and BEING SLIM are the most representative. As the name suggests, the circular motion system is to arrange various human training equipment in a circular arrangement, allowing the user to recycle each human training equipment in sequence. When the user moves the human body training equipment for a preset time (about 30 to 50 seconds), the user directly switches to the next human training equipment, and then performs the exercise training of the human body training equipment of the kind until the cycle or number Around the circle. In general, the exercise time required from the start to the end of the exercise is about 15 to 30 minutes.

At present, there is a circular motion system, although the conventional exercise system can provide the fitness training effect of circular motion to increase muscle endurance to increase muscle load; however, most of the human body training equipment is pure muscle training. Mainly, such as upper limb strength training equipment, lower limb strength training equipment, and core muscle training equipment. Since the existing circular motion system does not have comprehensive training functions, such as balance training equipment and intelligent training equipment, it is extremely lacking in mental strength, response and balance training, so it is less able to achieve physical, mental and physical balance. All-round training requirements, so that in the effectiveness of sports training, it is less able to achieve a comprehensive exercise and fitness effect of body and mind balance. In addition, the existing human body training equipment of the existing circular motion system does not have the setting of the state sensing unit, so it is impossible to determine whether the user's motion is correctly implemented by the automatic monitoring device, and only the professional coach can be hired to perform the action posture by the naked eye observation mode. Corrective supervision. When multiple users use the circular motion system at the same time, the workload of the coach will be aggravated, and the coach can not effectively give each user a comprehensive supervision and correction, thus causing the situation that the exercise training is not effective. Not only that, but most users want to have more kinds of functional changes during training, instead of being limited to a single type of sports. Therefore, the ring system of human training equipment can be connected in series with various training items. It has become a key project that operators in various related technical fields are eager to develop.

The reason is that the above-mentioned conventional structure is indeed not perfect, and there is still a need for improvement. In view of this, the creators of the present invention actively invest in research and development, and through continuous research, design, implementation, and experimentation, have the research and development results of the present invention.

The first object of the present invention is to provide a healthy all-around fitness system and method, in addition to establishing a training mechanism of muscle strength, cardiopulmonary and the like in the circular motion system, and constructing a training mechanism such as brain power, reaction and balance, so that the user is in the ring. There are more kinds of functional changes in the sports training, so that a more comprehensive physical and mental balance exercise fitness effect can be achieved, and the physical condition of the user can be adjusted by the functions of motion sensing and data collection and transmission. Do follow-up monitoring and analysis. The technical means for achieving the first object of the present invention include a cardiopulmonary training device, a balance training device, an intelligent training device, a muscle strength training device, a motion sensing module, and a data capture processing module. The motion sensing module is configured to sense a user operating the operating state of each training device to generate a sensing signal. The data capture processing module is used to collect the sensing signals and process the sensing signals It is a signal format that can be transmitted for later use. You can achieve the exercise and fitness effects of comprehensive training such as physical and mental balance.

A second object of the present invention is to provide a healthy all-around fitness system and method capable of scoring a user's exercise training condition, and mainly determining whether the user's action is correctly implemented by the automatic monitoring function, and during the training process Adding games in series to arouse the user's interest will also make the training more effective. The technical means for achieving the second object of the present invention include a cardiopulmonary training device, a balance training device, an intelligent training device, a muscle strength training device, a motion sensing module, and a data capture processing module. The motion sensing module is configured to sense a user operating the operating state of each training device to generate a sensing signal. The data capture processing module is configured to collect the sensing signals and process the sensing signals into a signal format for transmission for subsequent use. You can achieve the exercise and fitness effects of comprehensive training such as physical and mental balance. a signal receiving module, a central signal processing device and a display device, the central signal processing device receiving, by the signal receiving module, the sensing signals of each of the training devices transmitted by the data capturing processing module, and The processing is the corresponding operating state value, and then displayed by the display device as the operating state information. The central signal processing device has a motion scoring module built therein, and the motion scoring module is configured to store a database for storing a plurality of pens corresponding to each operation state value, when the operation state value is generated. The sports scoring module searches the database for the scoring value corresponding to the operational status value, and outputs the scoring value to be displayed as scoring information by the display device.

A third object of the present invention is to provide a healthy all-around fitness system and method capable of providing exercise prescriptions for exclusive members, which can synchronously adjust the training time and sound and light sound and light effects of the sports items according to the exercise prescription, so as to target the muscle strength that needs to be strengthened, Mind and balance Do a strong exercise, and then comprehensively improve the effect of exercise and fitness. The technical means for achieving the third object of the present invention include a cardiopulmonary training device, a balance training device, an intelligent training device, a muscle strength training device, a motion sensing module, and a data capture processing module. The motion sensing module is configured to sense a user operating the operating state of each training device to generate a sensing signal. The data capture processing module is configured to collect the sensing signals and process the sensing signals into a signal format for transmission for subsequent use. You can achieve the exercise and fitness effects of comprehensive training such as physical and mental balance. a plurality of readers (eg, readers of RFID, nfc, usb or other identification systems) and at least one tag for the user to wear and write an identification code (eg identification tags for RFID, nfc, usb or other identification systems) Each of the training devices is provided with a set of the readers. When the user operates the training device, the reader reads the identification code, and the data capture processing module associates the identification code with the identifier. The sensing signals are transmitted to the central signal processing device together. The central signal processing device is electrically connected to a second reader (such as a reader of RFID, nfc, usb or other identification system), and the central signal processing device has a built-in function for detecting physical fitness of the user. a fitness test module, a exercise prescription generation module and a training guide module, the exercise prescription generation module generates a motion prescription data according to the physical fitness test result of the user, the central signal The processing device writes the motion prescription data into the tag by the second reader, and the training guide module has a plurality of training guide materials built therein, and the training guide can be guided through a multimedia playback device. The data output is a training instruction of voice or sound and light. The training guide module can control the speed at which the multimedia playback device plays the training guide information according to the motion prescription data.

10‧‧‧Training device

11‧‧‧ Cardio Training Equipment

12‧‧‧Balance training device

13‧‧‧Intelligent training device

14‧‧‧Strength training device

20‧‧‧Sports sensing module

30‧‧‧Data Acquisition Processing Module

31‧‧‧First Signal Transmission Module

32‧‧‧Second signal transmission module

40‧‧‧Signal Receiver Module

50‧‧‧Central Signal Processing Unit

51‧‧‧Sports scoring module

510‧‧‧Database

52‧‧‧Physical testing module

53‧‧‧Sports prescription module

54‧‧‧Training guide module

60‧‧‧ display device

70‧‧‧Reader (RFID)

71‧‧‧Label (RFID)

72‧‧‧second reader (RFID)

80‧‧‧Multimedia playback device

1 is a functional block diagram of a basic implementation architecture of the present invention.

2 is a schematic view showing the implementation of a specific embodiment of the present invention.

Fig. 3 is a schematic view showing another embodiment of the present invention.

4 is a schematic diagram of the implementation of the surround motion training of the present invention.

壹. First embodiment

Referring to FIG. 1 and FIG. 4, the first specific embodiment of the present invention includes technical features such as a plurality of training devices 10, a plurality of motion sensing modules 20, and a data capture processing module 30. . The training device 10 includes a plurality of cardio training devices 11 for cardio exercises, at least one balance training device 12 for the user to perform a body balance exercise, at least one intelligent training device 13 for the user's brain reaction exercise, and/or brain training. The device, the reaction training device, and at least one muscle training device 14 for the user to exercise limbs and muscle groups. The complex motion sensing module 20 is configured to sense the operating state of each training device 10 to generate a complex sensing signal. The data capture processing module 30 is configured to collect the sensing signals and process the sensing signals into a signal format that can be transmitted.

In a preferred embodiment of the present invention, the plurality of training devices 10 are arranged in a sequence of use, and each of the two adjacent muscle training devices 14 in the order of use is arranged with a cardio training device 11, a balance training device 12 or An intelligent training device 13 keeps each two adjacent muscle training devices 14 in a contiguous position in the order of use. In another preferred embodiment, the plurality of training devices 10 are arranged in a ring to enclose an annular motion system. The cardio training device 11 described above may be an aerobic step (i.e., a pedal) for the user to perform aerobic dance. The balance training device 12 may be a commercially available balance roller or a balance plate or a combination of a balance roller and a balance plate. Above The smart training device 13 can be a tablet computer or other puzzle game device, and can be used for user identification by means of text, numbers, graphics, colors or sounds displayed on the puzzle game screen, thereby achieving brain power and reaction capability. Exercise effect. As for the muscle strength training device 14, the upper limb strength training device for exercising the upper limb arm muscle force of the user, the lower limb muscle strength training device for exercising the lower limb arm muscle strength of the user, and the user's core muscle for exercising the muscle can be used. Group of muscle trainers. In addition, the motion sensing module 20 can be a tachometer, a tension meter, a pressure switch, a three-axis accelerometer, an optical break switch, a reed switch, a Hall element, and a load cell.

In another preferred embodiment of the present invention, the data capture processing module 30 is coupled to a central signal processing device 50. After the user uses one of the training devices 10, the central signal processing device 50 controls a pointing device to generate a sound or light guiding signal to guide the user to the next training device 10 to be used or to end the use. The training device 10 can be numbered separately, and the guidance signal can be voiced to indicate the number or end of use of the training device 10 to be used next. Alternatively, the training device 10 is provided with a light-emitting element, and the guidance signal is a blinking signal emitted by the light-emitting element, and the blinking signal is used to guide the number or end use of the next training device 10 to be used.

第二.Second embodiment

Referring to FIG. 1 to FIG. 4, in order to achieve the second embodiment of the second aspect of the present invention, a plurality of training devices 10, a plurality of motion sensing modules 20, a data acquisition processing module 30, and a signal are included. The technical features of the receiving module 40, a central signal processing device 50, and a display device 60 are provided. The complex motion sensing module 20 is configured to sense the operating state of each training device 10 to generate a complex sensing signal. The data capture processing module 30 is configured to collect the sensing signals and process the sensing signals into a signal format that can be transmitted. The central signal processing device 50 (such as a computer or a network server) transmits the data acquisition processing module 30 through the signal receiving module 40 (such as the signal capture card DAQ). Each of the sensing signals is processed into a corresponding operating state value, which is then displayed by the display device 60 as operating state information. In addition, the central signal processing device 50 has a motion scoring module 51 built therein. The motion scoring module 51 is provided with a database 510 for storing a score value corresponding to each operation state value of the plurality of pens. When the value is generated, the exercise scoring module 51 searches the database 510 for the score value corresponding to the operation state value, and outputs the score value and displays it as the rating information by the display device 60. When the training device 10 is the cardio training device 11 and the score value reaches a predetermined value, the central signal processing device 50 outputs information of a cardiopulmonary ability title; when the training device 10 is the balance training device 12 and its score reaches one The central signal processing device 10 outputs a balance ability title information when the training device 10 is the smart training device 13 and the score value reaches a predetermined value, the central signal processing device 50 outputs a smart capability title. When the training device 10 is the muscle training device 14 and the score value reaches a predetermined value, the central signal processing device 50 outputs information of a muscle strength capability number. The aforementioned titles of each ability are the titles of Cardiopulmonary King, Balance King, Reaction King, Muscle Power or Softness King (Soft Q King). The information of the capability numbers output by the central signal processing device 50 can be transmitted to an electronic mobile device (for example, a portable computer, a mobile phone, a tablet computer) of the user via a transmission module for the electronic mobile device. A display screen is displayed, and the information of each capability title output by the central signal processing device 50 is generated as an electronic certificate and transmitted to an electronic mobile device of the user for being displayed on a display screen of the electronic mobile device. display.

Reference. Third Embodiment

Referring to FIG. 1 to FIG. 4, in order to achieve the third embodiment of the third aspect of the present invention, the system includes a plurality of training devices 10, a plurality of motion sensing modules 20, a data acquisition processing module 30, and a signal. Receiving module 40, a central signal processing device 50, a display device 60, and a plurality A technical feature such as a reader (eg, a reader of an RFID, nfc, usb, or other identification system) 70 and at least one tag (eg, an identification tag of an RFID, nfc, usb, or other identification system) 71. The complex motion sensing module 20 is configured to sense the operating state of each training device 10 to generate a complex sensing signal. The data capture processing module 30 is configured to collect the sensing signals and process the sensing signals into a signal format that can be transmitted. The central signal processing device 50 receives the sensing signals transmitted by the data capture processing module 30 through the signal receiving module 40, and processes them into corresponding operating state values, which are then displayed by the display device 60 as operating state information. A tag (RFID) 71 is available to the user and is written with an identification code corresponding to the identity of the user. And each training device 10 is provided with a set of readers 70. When the user operates the training device 10, the reader 70 reads the identification code, and the data capture processing module 30 compares the identification code with the sensing signal. The central signal processing device 50 transmits the score value and the user identification code corresponding to the score value. In addition, the central signal processing device 50 is electrically connected to a second reader 72, and the central signal processing device 50 includes a physical fitness detecting module 52 for performing physical fitness detection on the user, and a motion prescription. A module 53 and a training guide module 54 are generated. The exercise prescription generation module 53 generates a exercise prescription data according to the physical fitness test result made by the user. The central signal processing device 50 writes the motion prescription data into the tag 71 by using a second reader (RFID) 72. The training guide module 54 has a plurality of training guides and a multimedia device. The playback device 80 outputs the training guide data as a training guide for voice or sound and light. In addition, the training guiding module 54 can control the speed at which the multimedia playing device 80 plays the training guiding information according to the motion prescription data, so that the exercise training of the specific sports can be enhanced by increasing or shortening the exercise time of the specific sports. effect. For example, the exercise time of the cardio training device 11, the muscle training device 14, or other training devices is increased or shortened to enhance the functional state of the user's physical strength, mind, or balance. In addition, a monitoring module is further provided, and the monitoring module is connected to the central signal processing device 50. When the user does not use the plurality of training devices 10 in sequence, the data capture processing module 30 extracts signals from the training device 10. A control signal is generated by the central signal processing device 50. The monitoring module sends a prompt signal according to the control signal to prompt the user or the administrator to express that the user does not use the training device 10 in sequence.

肆. Operation and implementation of the present invention

In the operation of the present invention, the plurality of training devices 10 are arranged in a ring shape, as shown in FIG. 4, and a set of cardio training devices 11 is arranged between each two adjacent training devices 10 to allow one or more The user can perform a preset time for each training device 10 (about 30 to 50 seconds of exercise until the exercise of each training device 10 is completed; at the same time, each motion sensing module 20 The operating state of each training device 10 is sequentially sensed according to the motion and the moving state of the user, and the sensing signals are sequentially generated. If the motion sensing module 20 has no built-in signal conversion circuit (A/D), A signal conversion circuit (A/D) can be additionally configured to convert the analog sensing signal into a digital signal. Then, the data processing module 30 transmits the first signal transmission module 31 (such as RS232, RS485, USB and other signal transmission modules) integrate and integrate the digital sensing signals, and convert each sensing signal into a signal format for transmission, and then the second signal transmission module 32 (for example, Bluetooth, WIFI) , radio frequency RF, etc.) transmit each sensing signal; The central signal processing device 50 converts the sensing signals transmitted by the data acquisition processing module 30 to the corresponding operation state values through the signal receiving module 40, so that the display device 60 displays the operation state information, as shown in FIG. Shown.

Referring to FIG. 4, when the user is training in cardio, the user can make about 30 to 50 seconds on the cardio training device 11 (for example, the pedal) with the beat and voice guidance of the music. Cardiopulmonary training for aerobic dance. When the user is in balance training, the user can use the balance roller or the balance board to perform balance training of the body for about 30 to 50 seconds. When the user is training in intelligence, the user can use the puzzle game screen displayed on the tablet or other puzzle game device such as text, numbers, graphics, colors or sounds to perform the reaction and brain training. The training time is about 30~50 seconds. When the user is training in upper limb strength, the user can use the upper limb strength training device to exercise the upper limb muscle strength, and the upper limb strength training time is about 30 to 50 seconds. When the user trains in the core muscle group, the user can use the lower limb muscle strength training device to exercise the muscle strength of the lower limb arm, and the lower limb muscle strength training time is about 30 to 50 seconds. When the user is training in the core muscle group, the user can use the core muscle trainer to exercise the core muscle strength, and the core muscle training time is about 30 to 50 seconds. When the user completes the exercise of each training device 10, the training course of the circular motion system can be ended, and the total training time required from the start to the end of the exercise is about 15 to 30 minutes.

Wu. Conclusion

The invention has the following features as illustrated by the specific embodiments described above:

1. In addition to the training mechanism of muscle strength, cardiopulmonary and so on, the invention also has training mechanisms such as brain power, reaction and balance, so that users have more kinds of functions in circular motion training. Changes, so that a more comprehensive exercise and fitness effect can be achieved, in order to strengthen the user's physical strength, mental and balanced function state, and can be set by the motion sensing and data collection and transmission, so that the user's exercise training actually The situation can be followed up for monitoring and analysis.

2. The present invention can indeed score the user's exercise training condition, and gives the training device a uniform scoring standard by the game intervention, and then rewards the score result. The game has the criteria and recommendations for scoring, and each type of training is given to the title of Muscle King, Balance King, Responsive King, Cardiopulmonary King, Softness King (Soft Q King), and the Almighty gives the title of Almighty King. In order to promote the user's willingness to exercise training.

3. The invention can determine whether the user's training action is correctly implemented by the automatic monitoring function, except that the game string can be added during the training process to arouse the user's interest, and the recommendation can be made by rating. The function can be built to make the user more interested, and the effectiveness of the training will be more significant.

4. The invention can provide exercise prescriptions for exclusive members, and can flexibly adjust the training time of the sports items and the sound and light sound and light effects according to the exercise prescription, so as to strengthen the exercise for the muscle strength, the mind and the balance that need to be strengthened, In order to comprehensively improve the effect of exercise and fitness.

5. The data capture processing module of the present invention has a multi-function circuit serial connection function, and can be connected to different types of trainer machines. Even if different trainer machines are equipped with different sensors, a single communication protocol transmission module can be used. Come together in series and can be combined with exclusive games to increase the fun of training.

The above is only a possible embodiment of the present invention, and is not intended to limit the scope of the patents of the present invention, and the equivalent implementations of other changes according to the contents, features and spirits of the following claims should be It is included in the patent of the present invention. The invention is specifically defined in the structural features of the request item, is not found in the same kind of articles, and has practicality and progress, has met the requirements of the invention patent, and has filed an application according to law, and invites the bureau to approve the patent according to law to maintain the present invention. The legal rights of the applicant. On-line signal detection performance.

10‧‧‧Training device

11‧‧‧ Cardio Training Equipment

12‧‧‧Balance training device

13‧‧‧Intelligent training device

14‧‧‧Strength training device

20‧‧‧Sports sensing module

30‧‧‧Data Acquisition Processing Module

31‧‧‧First Signal Transmission Module

Claims (9)

A health all-round fitness system includes: a plurality of training devices, comprising a plurality of cardio training devices for the user to perform cardio exercises, at least one balance training device for the user to perform a body balance exercise, and at least one for the user's brain reaction exercise The intelligent training device, and at least one muscle strength training device for the user to perform limb and muscle group exercises; the plurality of motion sensing modules for sensing the operation state of each of the training devices by the user to generate complex sensing And a data processing module and a central signal processing device for collecting the sensing signals and processing the sensing signals into a signal format for transmission. The central signal processing device processes the corresponding operational state values for subsequent use, wherein the muscle training device has a plurality of, the plurality of training devices are arranged in a use order, and the two adjacent ones in the order of use Between the muscle training devices, the cardio training device, a balance training device or a smart training device is arranged to make each two adjacent muscles The training device is not in the use position on the connection order. The health all-around fitness system of claim 1, wherein the central signal processing device has a sports scoring module built therein, and the sports scoring module has a database for storing a plurality of pens and each of the trainings. a score value corresponding to the operation state value of the device. When the operation state value is generated, the motion score module searches the database for the score value corresponding to the operation state value, and outputs the score value for use. . The health all-around fitness system according to claim 2, wherein when the training device is the cardio training device and the score value reaches a predetermined value, the central signal processing device outputs a cardiopulmonary energy The information of the strength title; when the training device is the balance training device and the score value reaches a predetermined value, the central signal processing device outputs a balance ability title information; when the training device is the smart training device and the score value thereof When the predetermined value is reached, the central signal processing device outputs information of a smart ability title; when the training device is the muscle training device and the score value reaches a predetermined value, the central signal processing device outputs a muscle strength capability number Information. The health versatile fitness system of claim 3, wherein the information output by the central signal processing device is transmitted to an electronic mobile device of the user via a transmission module for the electronic mobile device A display screen is displayed. The health all-around fitness system of claim 3, further comprising a plurality of readers and at least one tag for the user to wear and write an identification code corresponding to the user identity, for each of the training devices There is a set of the reader. When the user operates the training device, the reader reads the identification code, and the data capture processing module transmits the identification code together with the sensing signal to the center. In the signal processing device, the central signal processing device outputs the score value and the user identification code corresponding to the score value. The health-improving fitness system of claim 5, wherein the central signal processing device is electrically connected to a second reader, and the central signal processing device includes a body for performing physical fitness detection on the user. a fitness test module, a exercise prescription generation module and a training guide module, the exercise prescription generation module generates a motion prescription data according to the physical fitness test result of the user, the central signal processing device The exercise guide data is written in the tag by the second reader, and the training guide module has a plurality of training guide materials built therein, and the training guide data can be output through a multimedia playback device. For training of voice or sound and light, the training guide module can control the multimedia player to play the training according to the exercise prescription data. The speed at which information is directed. A health all-round fitness method includes: providing a plurality of training devices, a plurality of motion sensing modules, a data capture processing module, and a central signal processing device, wherein the training device includes a plurality of cardio training devices, at least one balance training a device, at least one smart training device, and at least one muscle strength training device; arranging the plurality of training devices in a use order; allowing at least one user to perform a preset time exercise on each of the training devices until the surround is finished The plurality of motion sensing modules sense the operating state of each of the training devices to generate a plurality of sensing signals; and the data capturing processing module collects the sensing signals, and Processing each of the sensing signals into a signal format for transmission for subsequent use by the central signal processing device, wherein the muscle training device has a plurality of muscle training devices in the order of use. Arranging the cardio training device, a balance training device or a smart training device between each two adjacent muscle training devices Connecting position on the order of use. The health versatile exercise method of claim 7, wherein the central signal processing device controls a pointing device to generate a sound or light guiding signal after the user uses one of the training devices to guide the user to the next need. The training device used or end of use. The health versatile fitness method of claim 7, further comprising a signal receiving module and a display device, wherein the central signal processing device receives the training transmitted by the data capture processing module through the signal receiving module Each of the sensing signals of the device is processed into a corresponding operating state value, and then displayed by the display device as operating state information, and the central signal processing device has a built-in The exercise scoring module has a database for storing a score value corresponding to each operation state value of the plurality of pens, and when the operation state value is generated, the exercise scoring module is The database searches for the rating value corresponding to the operational status value, and outputs the rating value for display by the display device as rating information.